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Project Supervisor - Dr James Bull A PhD position is available in laser spectroscopy to probe the excited- and ground-state dynamics of next-generation photomolecular motors (PMMs). The position is
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quantum behaviour in atomic arrays [1]. We ask how the quantum dynamics changes when such systems are placed in optical cavities. We have previously shown that photon correlations can reveal information
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confined battery geometries. Advanced modelling—including computational fluid dynamics (CFD) and transient thermal analysis—is required to accurately capture heat flux distributions, temperature uniformity
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on such jets — although their detailed properties remain unexplored. In this project, we will develop new computational methods to compute and characterize these novel wave solutions, with particular emphasis
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, and edge computing, AASs are evolving into smart, interconnected solutions for addressing the dynamic challenges of modern cities. This project investigates how to coordinate these multifunctional
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) which hosts >20,000 individual movement trajectories from >110 species worldwide, and (ii) the spatio-temporal dynamics of oceanographic conditions and fisheries. You will address the following objectives
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expression, purification and mutagenesis and liposome reconstitution, respirometic studies with isolated mitochondria), and biophysical methods to study protein dynamics, conformations and molecular
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. This project will comprehensively examine the roles of this novel PrLP by: 1) Defining its roles in lysosome activity, localisation and dynamics 2) Establishing the contribution of its domains to these roles 3
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have found that microbial interactions shape the temporal dynamics of antimicrobial resistance (AMR) in the Arctic. Moreover, there is emerging evidence from terrestrial ecosystems that antibiotics and
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the Leverhulme Trust – uses an innovative combination of participant generated drawings, gaze-contingent eye tracking, and computational analysis, carried out over multiple experiments to reveal how our